2012 Lamborghini Supercar Jota Murcielago

The first clear pictures with the all-new 2012 Lamborghini Murcielago have surfed over the web today, a supercar that will be probably named “Jota” and will replace the current Murcielago. The car will go on sale early next year and will be priced at over £300,000.

We all know Lamborghini Murciélago, has been racing around since 2002 and as its time for it to take a rest, and let its successor take onto the track. Lamborghini engineers appear to be just ready with the replacement of the mighty supercar. Taking its first learning steps in the cold weather on a VW/Audi test track somewhere in Scandinavia, the next supercar was caught test-driving by the spy photographers.

2012 Lamborghini Jota Murcielago

It might have been blisteringly cold at Volkswagen/Audi’s secret test location in northern Scandinavia, but the prototype car in question was red hot: It’s the replacement for Lamborghini’s mighty Murciélago. Rumored to be called the Jota (the name of a one-off development Lamborghini from 1970), the latest Lamborghini supercar is sure to be the greatest yet from Sant’Agata Bolognese.

2012 Lamborghini Jota Murcielago

The 2012 Lamborghini Jota Murcielago is powered by a 7.0L V12 engine that is able to deliver between 700 and 720 HP and will take this supercar to an amazing top speed of 362 km/h! The new Lambo will feature a bespoke carbon composite chassis with an aggressive and dynamic bodywork and will come with an unusually light four wheel drive system.

2012 Lamborghini Jota Murcielago

Sources indicate that this new Lambo will weight less than 1,500 kg which will probably result in a breathtaking acceleration. Since the power to weight ratio will be in the region of 470 HP per 1,000 kg the car will probably accelerate from 0 to 100 km/h in less than 3 seconds.

The 2012 Lamborghini Jota Murcielago won’t feature a DSG transmission because it would be too complex and too expensive to engineer but it will come with a sequential seven speed manual with a seven speed paddle shift as standard.

2012 Lamborghini Jota Murcielago

It is also expected that a dual-clutch transmission may be used to transfer power to the four wheels of the new Lambo. Another rumour soaring around is regarding the new all-wheel drive system from Swedish supplier Haldex. Newfound lightness will come via an aluminum/carbon-fiber version of the aluminum space frame from the Audi R8, replacing the current Murciélago’s steel chassis. Other weight savings will be achieved through the use of lightweight body panels; but instead of extensive use of carbon fiber as originally thought, Lamborghini’s partnership with aircraft builder Boeing has apparently led to research into other composites that yield a better cost/benefit ratio than carbon fiber. Lamborghini’s goal going forward is that every new car tips the scales about 200 lb. less than the car it replaces.

2012 Lamborghini Supercar Jota Murcielago

The first clear pictures with the all-new 2012 Lamborghini Murcielago have surfed over the web today, a supercar that will be probably named “Jota” and will replace the current Murcielago. The car will go on sale early next year and will be priced at over £300,000.

We all know Lamborghini Murciélago, has been racing around since 2002 and as its time for it to take a rest, and let its successor take onto the track. Lamborghini engineers appear to be just ready with the replacement of the mighty supercar. Taking its first learning steps in the cold weather on a VW/Audi test track somewhere in Scandinavia, the next supercar was caught test-driving by the spy photographers.

2012 Lamborghini Jota Murcielago

It might have been blisteringly cold at Volkswagen/Audi’s secret test location in northern Scandinavia, but the prototype car in question was red hot: It’s the replacement for Lamborghini’s mighty Murciélago. Rumored to be called the Jota (the name of a one-off development Lamborghini from 1970), the latest Lamborghini supercar is sure to be the greatest yet from Sant’Agata Bolognese.

2012 Lamborghini Jota Murcielago

The 2012 Lamborghini Jota Murcielago is powered by a 7.0L V12 engine that is able to deliver between 700 and 720 HP and will take this supercar to an amazing top speed of 362 km/h! The new Lambo will feature a bespoke carbon composite chassis with an aggressive and dynamic bodywork and will come with an unusually light four wheel drive system.

2012 Lamborghini Jota Murcielago

Sources indicate that this new Lambo will weight less than 1,500 kg which will probably result in a breathtaking acceleration. Since the power to weight ratio will be in the region of 470 HP per 1,000 kg the car will probably accelerate from 0 to 100 km/h in less than 3 seconds.

The 2012 Lamborghini Jota Murcielago won’t feature a DSG transmission because it would be too complex and too expensive to engineer but it will come with a sequential seven speed manual with a seven speed paddle shift as standard.

2012 Lamborghini Jota Murcielago

It is also expected that a dual-clutch transmission may be used to transfer power to the four wheels of the new Lambo. Another rumour soaring around is regarding the new all-wheel drive system from Swedish supplier Haldex. Newfound lightness will come via an aluminum/carbon-fiber version of the aluminum space frame from the Audi R8, replacing the current Murciélago’s steel chassis. Other weight savings will be achieved through the use of lightweight body panels; but instead of extensive use of carbon fiber as originally thought, Lamborghini’s partnership with aircraft builder Boeing has apparently led to research into other composites that yield a better cost/benefit ratio than carbon fiber. Lamborghini’s goal going forward is that every new car tips the scales about 200 lb. less than the car it replaces.

2012 Lamborghini Supercar Jota Murcielago

The first clear pictures with the all-new 2012 Lamborghini Murcielago have surfed over the web today, a supercar that will be probably named “Jota” and will replace the current Murcielago. The car will go on sale early next year and will be priced at over £300,000.

We all know Lamborghini Murciélago, has been racing around since 2002 and as its time for it to take a rest, and let its successor take onto the track. Lamborghini engineers appear to be just ready with the replacement of the mighty supercar. Taking its first learning steps in the cold weather on a VW/Audi test track somewhere in Scandinavia, the next supercar was caught test-driving by the spy photographers.

2012 Lamborghini Jota Murcielago

It might have been blisteringly cold at Volkswagen/Audi’s secret test location in northern Scandinavia, but the prototype car in question was red hot: It’s the replacement for Lamborghini’s mighty Murciélago. Rumored to be called the Jota (the name of a one-off development Lamborghini from 1970), the latest Lamborghini supercar is sure to be the greatest yet from Sant’Agata Bolognese.

2012 Lamborghini Jota Murcielago

The 2012 Lamborghini Jota Murcielago is powered by a 7.0L V12 engine that is able to deliver between 700 and 720 HP and will take this supercar to an amazing top speed of 362 km/h! The new Lambo will feature a bespoke carbon composite chassis with an aggressive and dynamic bodywork and will come with an unusually light four wheel drive system.

2012 Lamborghini Jota Murcielago

Sources indicate that this new Lambo will weight less than 1,500 kg which will probably result in a breathtaking acceleration. Since the power to weight ratio will be in the region of 470 HP per 1,000 kg the car will probably accelerate from 0 to 100 km/h in less than 3 seconds.

The 2012 Lamborghini Jota Murcielago won’t feature a DSG transmission because it would be too complex and too expensive to engineer but it will come with a sequential seven speed manual with a seven speed paddle shift as standard.

2012 Lamborghini Jota Murcielago

It is also expected that a dual-clutch transmission may be used to transfer power to the four wheels of the new Lambo. Another rumour soaring around is regarding the new all-wheel drive system from Swedish supplier Haldex. Newfound lightness will come via an aluminum/carbon-fiber version of the aluminum space frame from the Audi R8, replacing the current Murciélago’s steel chassis. Other weight savings will be achieved through the use of lightweight body panels; but instead of extensive use of carbon fiber as originally thought, Lamborghini’s partnership with aircraft builder Boeing has apparently led to research into other composites that yield a better cost/benefit ratio than carbon fiber. Lamborghini’s goal going forward is that every new car tips the scales about 200 lb. less than the car it replaces.

2012 Lamborghini Supercar Jota Murcielago

The first clear pictures with the all-new 2012 Lamborghini Murcielago have surfed over the web today, a supercar that will be probably named “Jota” and will replace the current Murcielago. The car will go on sale early next year and will be priced at over £300,000.

We all know Lamborghini Murciélago, has been racing around since 2002 and as its time for it to take a rest, and let its successor take onto the track. Lamborghini engineers appear to be just ready with the replacement of the mighty supercar. Taking its first learning steps in the cold weather on a VW/Audi test track somewhere in Scandinavia, the next supercar was caught test-driving by the spy photographers.

2012 Lamborghini Jota Murcielago

It might have been blisteringly cold at Volkswagen/Audi’s secret test location in northern Scandinavia, but the prototype car in question was red hot: It’s the replacement for Lamborghini’s mighty Murciélago. Rumored to be called the Jota (the name of a one-off development Lamborghini from 1970), the latest Lamborghini supercar is sure to be the greatest yet from Sant’Agata Bolognese.

2012 Lamborghini Jota Murcielago

The 2012 Lamborghini Jota Murcielago is powered by a 7.0L V12 engine that is able to deliver between 700 and 720 HP and will take this supercar to an amazing top speed of 362 km/h! The new Lambo will feature a bespoke carbon composite chassis with an aggressive and dynamic bodywork and will come with an unusually light four wheel drive system.

2012 Lamborghini Jota Murcielago

Sources indicate that this new Lambo will weight less than 1,500 kg which will probably result in a breathtaking acceleration. Since the power to weight ratio will be in the region of 470 HP per 1,000 kg the car will probably accelerate from 0 to 100 km/h in less than 3 seconds.

The 2012 Lamborghini Jota Murcielago won’t feature a DSG transmission because it would be too complex and too expensive to engineer but it will come with a sequential seven speed manual with a seven speed paddle shift as standard.

2012 Lamborghini Jota Murcielago

It is also expected that a dual-clutch transmission may be used to transfer power to the four wheels of the new Lambo. Another rumour soaring around is regarding the new all-wheel drive system from Swedish supplier Haldex. Newfound lightness will come via an aluminum/carbon-fiber version of the aluminum space frame from the Audi R8, replacing the current Murciélago’s steel chassis. Other weight savings will be achieved through the use of lightweight body panels; but instead of extensive use of carbon fiber as originally thought, Lamborghini’s partnership with aircraft builder Boeing has apparently led to research into other composites that yield a better cost/benefit ratio than carbon fiber. Lamborghini’s goal going forward is that every new car tips the scales about 200 lb. less than the car it replaces.

2011 Lexus LFA V10 engine Super Sport Car

Lexus LFA Super Sport Car

Power for the rear-wheel-drive Lexus LFA, which is constructed using advanced carbon fiber technology, comes from a mid-front mounted 4.8L V10 engine that red lines at 9,000 rpm and makes 552-hp with a maximum torque of 354 lb-ft. Mated to a 6-speed Automated Sequential Gearbox, the LFA goes from 0-62 mph in just 3.7 seconds (0-60 mph in 3.5 seconds) with a top speed of 202 mph.

Lexus LFA Super Sport Car

Lexus has finally taken the wraps of its new exclusive supercar – the 2011 Lexus LFA. “The LFA is a thoroughbred supercar, a machine engineered to achieve a single goal – to deliver a supreme driving experience,” said Chief Engineer Haruhiko Tanahashi.
The Lexus LFA coupe will be produced at the Motomachi plant in Toyota City. Toyota will make just 500 examples at rate of 20 units per month “to ensure the finest build quality and attention to detail.”
The UK launch price for the LFA is €368,000 (approximately £336,000).

2011 Lexus LFA V10 engine Super Sport Car

Lexus LFA Super Sport Car

Power for the rear-wheel-drive Lexus LFA, which is constructed using advanced carbon fiber technology, comes from a mid-front mounted 4.8L V10 engine that red lines at 9,000 rpm and makes 552-hp with a maximum torque of 354 lb-ft. Mated to a 6-speed Automated Sequential Gearbox, the LFA goes from 0-62 mph in just 3.7 seconds (0-60 mph in 3.5 seconds) with a top speed of 202 mph.

Lexus LFA Super Sport Car

Lexus has finally taken the wraps of its new exclusive supercar – the 2011 Lexus LFA. “The LFA is a thoroughbred supercar, a machine engineered to achieve a single goal – to deliver a supreme driving experience,” said Chief Engineer Haruhiko Tanahashi.
The Lexus LFA coupe will be produced at the Motomachi plant in Toyota City. Toyota will make just 500 examples at rate of 20 units per month “to ensure the finest build quality and attention to detail.”
The UK launch price for the LFA is €368,000 (approximately £336,000).

2011 Lexus LFA V10 engine Super Sport Car

Lexus LFA Super Sport Car

Power for the rear-wheel-drive Lexus LFA, which is constructed using advanced carbon fiber technology, comes from a mid-front mounted 4.8L V10 engine that red lines at 9,000 rpm and makes 552-hp with a maximum torque of 354 lb-ft. Mated to a 6-speed Automated Sequential Gearbox, the LFA goes from 0-62 mph in just 3.7 seconds (0-60 mph in 3.5 seconds) with a top speed of 202 mph.

Lexus LFA Super Sport Car

Lexus has finally taken the wraps of its new exclusive supercar – the 2011 Lexus LFA. “The LFA is a thoroughbred supercar, a machine engineered to achieve a single goal – to deliver a supreme driving experience,” said Chief Engineer Haruhiko Tanahashi.
The Lexus LFA coupe will be produced at the Motomachi plant in Toyota City. Toyota will make just 500 examples at rate of 20 units per month “to ensure the finest build quality and attention to detail.”
The UK launch price for the LFA is €368,000 (approximately £336,000).

2011 Lexus LFA V10 engine Super Sport Car

Lexus LFA Super Sport Car

Power for the rear-wheel-drive Lexus LFA, which is constructed using advanced carbon fiber technology, comes from a mid-front mounted 4.8L V10 engine that red lines at 9,000 rpm and makes 552-hp with a maximum torque of 354 lb-ft. Mated to a 6-speed Automated Sequential Gearbox, the LFA goes from 0-62 mph in just 3.7 seconds (0-60 mph in 3.5 seconds) with a top speed of 202 mph.

Lexus LFA Super Sport Car

Lexus has finally taken the wraps of its new exclusive supercar – the 2011 Lexus LFA. “The LFA is a thoroughbred supercar, a machine engineered to achieve a single goal – to deliver a supreme driving experience,” said Chief Engineer Haruhiko Tanahashi.
The Lexus LFA coupe will be produced at the Motomachi plant in Toyota City. Toyota will make just 500 examples at rate of 20 units per month “to ensure the finest build quality and attention to detail.”
The UK launch price for the LFA is €368,000 (approximately £336,000).

The LF-A Roadster’s LEXUS V10 engine supercar Concept

LEXUS LF-A Roadster

The LF-A Roadster’s LEXUS V10 engine supercar Concept.
Lexus will stage the Australian debut of its own supercar, the LF-A Roadster, at the Melbourne International Motor Show on 27 February.The LF-A Roadster goes on display in Melbourne after headlining motor shows in Tokyo and Detroit.

The Roadster’s V10 engine is capable of producing more than 360 kilowatts and test-track speeds greater than 330km/h.
Its sleek design utilises a lightweight carbon-fibre and aluminium body that ensures structural rigidity is maintained, even without a roof.

LEXUS LF-A Roadster

Styling of the LF-A Roadster draws extensively from the Lexus L-Finesse design philosophy and has been designed to deliver maximum aerodynamic efficiency.
The rear of the Roadster is marked by a pair of wrap-around, arrowhead-shaped taillights and a trio of centrally positioned exhausts.
To attain the best possible weight distribution, Lexus engineers positioned the radiators at the rear of the vehicle, which also allows for a sleeker front-end design.
The two rear-mounted radiators are fed cool air by two large intake ducts located forward of the rear wheel wells, and heated air is vented out behind the vehicle via a pair of large grilles.
The engine is mounted in a “front-mid” configuration – in front of the passenger compartment, but behind the front-axle centreline.

LEXUS LF-A Roadster

The engine is connected via a torque tube and propeller shaft to a transaxle that is controlled by paddle shifters. The torque tube is a structural member that adds rigidity to the drive train and chassis, while also reducing vibration.
The LF-A Roadster features wide high-performance tyres on turbine-styled alloy wheels.
The Melbourne International Motor Show is on at the Melbourne Convention and Exhibition Centre from 27 February to 9 March.

The LF-A Roadster’s LEXUS V10 engine supercar Concept

LEXUS LF-A Roadster

The LF-A Roadster’s LEXUS V10 engine supercar Concept.
Lexus will stage the Australian debut of its own supercar, the LF-A Roadster, at the Melbourne International Motor Show on 27 February.The LF-A Roadster goes on display in Melbourne after headlining motor shows in Tokyo and Detroit.

The Roadster’s V10 engine is capable of producing more than 360 kilowatts and test-track speeds greater than 330km/h.
Its sleek design utilises a lightweight carbon-fibre and aluminium body that ensures structural rigidity is maintained, even without a roof.

LEXUS LF-A Roadster

Styling of the LF-A Roadster draws extensively from the Lexus L-Finesse design philosophy and has been designed to deliver maximum aerodynamic efficiency.
The rear of the Roadster is marked by a pair of wrap-around, arrowhead-shaped taillights and a trio of centrally positioned exhausts.
To attain the best possible weight distribution, Lexus engineers positioned the radiators at the rear of the vehicle, which also allows for a sleeker front-end design.
The two rear-mounted radiators are fed cool air by two large intake ducts located forward of the rear wheel wells, and heated air is vented out behind the vehicle via a pair of large grilles.
The engine is mounted in a “front-mid” configuration – in front of the passenger compartment, but behind the front-axle centreline.

LEXUS LF-A Roadster

The engine is connected via a torque tube and propeller shaft to a transaxle that is controlled by paddle shifters. The torque tube is a structural member that adds rigidity to the drive train and chassis, while also reducing vibration.
The LF-A Roadster features wide high-performance tyres on turbine-styled alloy wheels.
The Melbourne International Motor Show is on at the Melbourne Convention and Exhibition Centre from 27 February to 9 March.

The LF-A Roadster’s LEXUS V10 engine supercar Concept

LEXUS LF-A Roadster

The LF-A Roadster’s LEXUS V10 engine supercar Concept.
Lexus will stage the Australian debut of its own supercar, the LF-A Roadster, at the Melbourne International Motor Show on 27 February.The LF-A Roadster goes on display in Melbourne after headlining motor shows in Tokyo and Detroit.

The Roadster’s V10 engine is capable of producing more than 360 kilowatts and test-track speeds greater than 330km/h.
Its sleek design utilises a lightweight carbon-fibre and aluminium body that ensures structural rigidity is maintained, even without a roof.

LEXUS LF-A Roadster

Styling of the LF-A Roadster draws extensively from the Lexus L-Finesse design philosophy and has been designed to deliver maximum aerodynamic efficiency.
The rear of the Roadster is marked by a pair of wrap-around, arrowhead-shaped taillights and a trio of centrally positioned exhausts.
To attain the best possible weight distribution, Lexus engineers positioned the radiators at the rear of the vehicle, which also allows for a sleeker front-end design.
The two rear-mounted radiators are fed cool air by two large intake ducts located forward of the rear wheel wells, and heated air is vented out behind the vehicle via a pair of large grilles.
The engine is mounted in a “front-mid” configuration – in front of the passenger compartment, but behind the front-axle centreline.

LEXUS LF-A Roadster

The engine is connected via a torque tube and propeller shaft to a transaxle that is controlled by paddle shifters. The torque tube is a structural member that adds rigidity to the drive train and chassis, while also reducing vibration.
The LF-A Roadster features wide high-performance tyres on turbine-styled alloy wheels.
The Melbourne International Motor Show is on at the Melbourne Convention and Exhibition Centre from 27 February to 9 March.

The LF-A Roadster’s LEXUS V10 engine supercar Concept

LEXUS LF-A Roadster

The LF-A Roadster’s LEXUS V10 engine supercar Concept.
Lexus will stage the Australian debut of its own supercar, the LF-A Roadster, at the Melbourne International Motor Show on 27 February.The LF-A Roadster goes on display in Melbourne after headlining motor shows in Tokyo and Detroit.

The Roadster’s V10 engine is capable of producing more than 360 kilowatts and test-track speeds greater than 330km/h.
Its sleek design utilises a lightweight carbon-fibre and aluminium body that ensures structural rigidity is maintained, even without a roof.

LEXUS LF-A Roadster

Styling of the LF-A Roadster draws extensively from the Lexus L-Finesse design philosophy and has been designed to deliver maximum aerodynamic efficiency.
The rear of the Roadster is marked by a pair of wrap-around, arrowhead-shaped taillights and a trio of centrally positioned exhausts.
To attain the best possible weight distribution, Lexus engineers positioned the radiators at the rear of the vehicle, which also allows for a sleeker front-end design.
The two rear-mounted radiators are fed cool air by two large intake ducts located forward of the rear wheel wells, and heated air is vented out behind the vehicle via a pair of large grilles.
The engine is mounted in a “front-mid” configuration – in front of the passenger compartment, but behind the front-axle centreline.

LEXUS LF-A Roadster

The engine is connected via a torque tube and propeller shaft to a transaxle that is controlled by paddle shifters. The torque tube is a structural member that adds rigidity to the drive train and chassis, while also reducing vibration.
The LF-A Roadster features wide high-performance tyres on turbine-styled alloy wheels.
The Melbourne International Motor Show is on at the Melbourne Convention and Exhibition Centre from 27 February to 9 March.

2009 LM5 McLaren Concept Car by Matt Williams

2009 LM5 McLaren Concept Car

The LM5 was designed as a vehicle which could rekindle the drama and sophistication of the legendary McLaren F1. And while McLaren have since revealed the MP4-12C supercar, it's not exactly in the same league as the technological tour-de-force which was the original F1.
The McLaren LM5 is a concept created by Matt Williams, a graduate of Coventry University's Transportation Design degree program. The LM5 was produced as his final year project.
The styling of the F1 was primarily dictated by function. However it also retained a unique sense of character and presence. Williams thought it would be interesting to develop the brand identity of McLaren - but more specifically the F1 model - and bring it into the 21st Century. And while the LM5 concept was designed to offer a similar personality and overall stance to the F1, it was also designed to utilize more extreme and race-influenced bodywork.

2009 LM5 McLaren Concept Car

The McLaren LM5 concept features the same three-seat layout with a central drivers seat as the old F1. All three sports seats have an extremely slim profile to reduce weight and free up interior space, and instead of conventional safety belts all the seats feature racing-style four-point harnesses. The multifunction steering wheel features a central display for the tachometer.
The proposed engine for the McLaren LM5 concept is a worked over 5.0 litre V10 sourced from BMW. Mounted midship in the carbon fibre pre-preg chassis this unit would make the LM5 a force to be reckoned with on both road and track.
While the LM5 is at the moment just one man's idea of what the F1's successor could look like, the design itself uses both past and present McLaren influences giving it a sense of realism. And It's important to remember that McLaren themselves have made it public knowledge that they're working on developing a successor to their most iconic car within the next couple of years.

2009 LM5 McLaren Concept Car by Matt Williams

2009 LM5 McLaren Concept Car

The LM5 was designed as a vehicle which could rekindle the drama and sophistication of the legendary McLaren F1. And while McLaren have since revealed the MP4-12C supercar, it's not exactly in the same league as the technological tour-de-force which was the original F1.
The McLaren LM5 is a concept created by Matt Williams, a graduate of Coventry University's Transportation Design degree program. The LM5 was produced as his final year project.
The styling of the F1 was primarily dictated by function. However it also retained a unique sense of character and presence. Williams thought it would be interesting to develop the brand identity of McLaren - but more specifically the F1 model - and bring it into the 21st Century. And while the LM5 concept was designed to offer a similar personality and overall stance to the F1, it was also designed to utilize more extreme and race-influenced bodywork.

2009 LM5 McLaren Concept Car

The McLaren LM5 concept features the same three-seat layout with a central drivers seat as the old F1. All three sports seats have an extremely slim profile to reduce weight and free up interior space, and instead of conventional safety belts all the seats feature racing-style four-point harnesses. The multifunction steering wheel features a central display for the tachometer.
The proposed engine for the McLaren LM5 concept is a worked over 5.0 litre V10 sourced from BMW. Mounted midship in the carbon fibre pre-preg chassis this unit would make the LM5 a force to be reckoned with on both road and track.
While the LM5 is at the moment just one man's idea of what the F1's successor could look like, the design itself uses both past and present McLaren influences giving it a sense of realism. And It's important to remember that McLaren themselves have made it public knowledge that they're working on developing a successor to their most iconic car within the next couple of years.

2009 LM5 McLaren Concept Car by Matt Williams

2009 LM5 McLaren Concept Car

The LM5 was designed as a vehicle which could rekindle the drama and sophistication of the legendary McLaren F1. And while McLaren have since revealed the MP4-12C supercar, it's not exactly in the same league as the technological tour-de-force which was the original F1.
The McLaren LM5 is a concept created by Matt Williams, a graduate of Coventry University's Transportation Design degree program. The LM5 was produced as his final year project.
The styling of the F1 was primarily dictated by function. However it also retained a unique sense of character and presence. Williams thought it would be interesting to develop the brand identity of McLaren - but more specifically the F1 model - and bring it into the 21st Century. And while the LM5 concept was designed to offer a similar personality and overall stance to the F1, it was also designed to utilize more extreme and race-influenced bodywork.

2009 LM5 McLaren Concept Car

The McLaren LM5 concept features the same three-seat layout with a central drivers seat as the old F1. All three sports seats have an extremely slim profile to reduce weight and free up interior space, and instead of conventional safety belts all the seats feature racing-style four-point harnesses. The multifunction steering wheel features a central display for the tachometer.
The proposed engine for the McLaren LM5 concept is a worked over 5.0 litre V10 sourced from BMW. Mounted midship in the carbon fibre pre-preg chassis this unit would make the LM5 a force to be reckoned with on both road and track.
While the LM5 is at the moment just one man's idea of what the F1's successor could look like, the design itself uses both past and present McLaren influences giving it a sense of realism. And It's important to remember that McLaren themselves have made it public knowledge that they're working on developing a successor to their most iconic car within the next couple of years.

2009 LM5 McLaren Concept Car by Matt Williams

2009 LM5 McLaren Concept Car

The LM5 was designed as a vehicle which could rekindle the drama and sophistication of the legendary McLaren F1. And while McLaren have since revealed the MP4-12C supercar, it's not exactly in the same league as the technological tour-de-force which was the original F1.
The McLaren LM5 is a concept created by Matt Williams, a graduate of Coventry University's Transportation Design degree program. The LM5 was produced as his final year project.
The styling of the F1 was primarily dictated by function. However it also retained a unique sense of character and presence. Williams thought it would be interesting to develop the brand identity of McLaren - but more specifically the F1 model - and bring it into the 21st Century. And while the LM5 concept was designed to offer a similar personality and overall stance to the F1, it was also designed to utilize more extreme and race-influenced bodywork.

2009 LM5 McLaren Concept Car

The McLaren LM5 concept features the same three-seat layout with a central drivers seat as the old F1. All three sports seats have an extremely slim profile to reduce weight and free up interior space, and instead of conventional safety belts all the seats feature racing-style four-point harnesses. The multifunction steering wheel features a central display for the tachometer.
The proposed engine for the McLaren LM5 concept is a worked over 5.0 litre V10 sourced from BMW. Mounted midship in the carbon fibre pre-preg chassis this unit would make the LM5 a force to be reckoned with on both road and track.
While the LM5 is at the moment just one man's idea of what the F1's successor could look like, the design itself uses both past and present McLaren influences giving it a sense of realism. And It's important to remember that McLaren themselves have made it public knowledge that they're working on developing a successor to their most iconic car within the next couple of years.

Splinter Wooden Supercar the first supercar ever to be designed and engineered using wood

Splinter Wooden Supercar twin supercharged V8 engine

The Splinter is a very unusual and innovative vehicle. It's the first supercar ever to be designed and engineered using wood as the primary construction material. In the past some vehicles have used wood to various degrees in their construction, but never to the extent the Splinter does.
The Splinter is a graduate project by students at North Carolina State University. Wood has been used where possible, including the chassis, body, and even a large percentage of the suspension components and wheels.
While moving components like the suspension might seem impossible to fashion out of wood, the Splinter team realized that a leaf spring shares many traits with longbows, flexible, durable and with progressive spring rates. After research they decided to use Osage orange wood, which is the strongest wood found in North America. The front suspension therefore comprises of a laminated Osage orange wood leaf spring transversely mounted and providing suspension for both front wheels.

Splinter Wooden Supercar twin supercharged V8 engine

The wheels of the Splinter are made from rotary cut oak veneers. Each veneer was rotated 36 degrees from the previous layer to maximize grain direction alignment with the spokes. A walnut sunburst was cut for the front while a cherry sunburst was used on the back.
The mid-engined layout of the Splinter wooden supercar comprises of a 4.6 litre, twin supercharged V8 mated to a 6 speed manual gearbox and Getrag limited slip differential.
The Splinter is not intended for mass production, nor is it designed to break and performance or handling records. The design is merely to show that with intelligent and creative thinking a car can be created out of the most unlikely materials.